A multithreaded strange attractor renderer

Strange Attractors in WebGL

Performant 2D strange attractors plotter

A pure Python 2D/3D graphics library that outputs to windows bitmap format

My MSX basic and assembly programs

package for simulation and visualization of strange attractors

Create and Mix Strange Attractors Formulas with TouchDesigner

Generate nifty images using chaotic systems.

Generative Density Approximation for Deterministic Chaos The Hopalong Attractor

Realtime 3-dimensional phase portraits in phase space

Visualization of set-valued dynamical systems with additive bounded noise

Interactive mathematical art exploring chaotic attractors through real-time visualization. A collection of strange attractors rendered with p5.js, showcasing the beautiful patterns that emerge from deterministic chaos.

A simple 2d and 3d chaos attractor visualiser written in java and libGDX

Numerical Methods for Physics

Processing programs for generating sonifications of the Lorenz system based on position of strange attractors and relative node distance.

different methods for solving several ode

No description provided.

A demo I created of various fractals in WebGL. This was made for CAP4720 Computer Graphics at UCF.

OpenGL simulation of chosen chaotic attractors

Visualizing strange attractors

Explore strange attractors in the browser, fast!

This is a simple python tool to display 2D and 3D strange attractors.

A visualizer and generator for strange attractors, with libGDX.

This repository contains a real-time, WebGL-powered visualization of the Thomas attractor, an intriguing model in chaotic dynamics and mathematical visualization. Perfect for creative coding enthusiasts, this project demonstrates advanced WebGL techniques, interactive graphics, and the captivating nature of strange attractors.

Interactive 3D chaos attractor visualization with real-world data

Generating 3D plots of Strange Attractors using matplotlib

A WebGL animation of the Aizawa Attractor

No description provided.

Github page

2D Visualisation of the Lorenz Attractor. Made with C++ and using Raysan5's Raylib for rendering